Difference in thermodynamic definitions
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Mia Chem14B
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Difference in thermodynamic definitions
How will I know when a process is isochoric, isothermal, or isobaric?
Re: Difference in thermodynamic definitions
Isochoric: a process that occurs without a change in volume. This could happen in a closed or insulated system. Any change in pressure or temperature will not be accompanied by a change in volume.
Isothermal: a process that occurs without a change in temperature. Any change in pressure or volume does not affect the temperature of the system. Thing about isothermal, reversible expansions.
Isobaric: a process that occurs without a change in pressure. Any change in temperature or volume does not affect the pressure of the system.
Isothermal: a process that occurs without a change in temperature. Any change in pressure or volume does not affect the temperature of the system. Thing about isothermal, reversible expansions.
Isobaric: a process that occurs without a change in pressure. Any change in temperature or volume does not affect the pressure of the system.
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